2. When solid calcium carbonate is placed in an acidic solution, bubbles of carbon dioxide gas are produced as the solid dissolves. The reaction that is occurring can be thought of as the sum of three reactions: dissociation of calcium carbonate, reaction of carbonate ion with acid to produce carbonic acid, and decomposition of carbonic acid to form carbon dioxide and water. a) Write balanced net ionic equations for each of the steps in the overall process described above.

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2. When solid calcium carbonate is placed in an acidic solution, bubbles of carbon dioxide gas
are produced as the solid dissolves. The reaction that is occurring can be thought of as the sum
of three reactions: dissociation of calcium carbonate, reaction of carbonate ion with acid to
produce carbonic acid, and decomposition of carbonic acid to form carbon dioxide and water.
a) Write balanced net ionic equations for each of the steps in the overall process described
above.
Co
b) Add the equations in 2a to give the overall equation for the reaction that is described
above. If necessary, multiply each equation by an appropriate coefficient and cancel
intermediates appropriately.
Transcribed Image Text:2. When solid calcium carbonate is placed in an acidic solution, bubbles of carbon dioxide gas are produced as the solid dissolves. The reaction that is occurring can be thought of as the sum of three reactions: dissociation of calcium carbonate, reaction of carbonate ion with acid to produce carbonic acid, and decomposition of carbonic acid to form carbon dioxide and water. a) Write balanced net ionic equations for each of the steps in the overall process described above. Co b) Add the equations in 2a to give the overall equation for the reaction that is described above. If necessary, multiply each equation by an appropriate coefficient and cancel intermediates appropriately.
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